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IQ Lock EL Motor Lock
IQ Lock EM Lever Lock
IQ Lock M Mechanical Panic Lock
GB Assembly and Operating
IQ Lock EL, EM, M
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Contents
1 Explanation of Symbols .........................................................................................................................................3
2 Safety Instructions...................................................................................................................................................32.1 Use for the intended Purpose ......................................................................................................................................................................32.2 Safety-Conscious Work ..................................................................................................................................................................................32.3 Assembly and Installation .............................................................................................................................................................................42.4 Deployment of Motor Locks IQ Lock EL at Fire Doors and Smoke Doors ...................................................................................4
3 Operating Sequence of Assembly and Commissioning of IQ Lock EL ..................................................4
4 Functions and Properties ......................................................................................................................................54.1 Functional Overview .......................................................................................................................................................................................54.2 Definitions of Functions and Properties ..................................................................................................................................................5
5 Assembly ....................................................................................................................................................................75.1 Lock ........................................................................................................................................................................................................................75.2 Fittings ..................................................................................................................................................................................................................85.3 Striker Plate .........................................................................................................................................................................................................85.4 Cable Fitting for IQ Lock EL and IQ Lock EM .........................................................................................................................................185.5 Function check after installation of the mechanical components ..............................................................................................185.6 Installation of the external Motor Lock Control System MST 210 ................................................................................................19
6 Electrical Connection ...........................................................................................................................................196.1 Motor Lock Control System MST 210 in connection with IQ Lock EL ..........................................................................................196.2 Sabotage Monitoring or Cylinder Contact ........................................................................................................................................... 23
7 Technical Data ........................................................................................................................................................ 237.1 Motor Lock Control System MST 210 ...................................................................................................................................................... 237.2 Mains Adapter NT6.3-24 ............................................................................................................................................................................. 247.3 Lever Lock IQ Lock EM ................................................................................................................................................................................. 257.4 Dimensional Drawings ................................................................................................................................................................................ 26
8 What happens, if? ................................................................................................................................................. 32
9 Maintenance ........................................................................................................................................................... 34
10 Certificates .............................................................................................................................................................. 3510.1 EC certificate of conformity EN 1125 ...................................................................................................................................................... 3510.2 EC certificate of conformity EN 179 ......................................................................................................................................................... 3810.3 Certificate of compliance ............................................................................................................................................................................ 39
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Explanation of Symbols
Explanation of Symbols1 Symbol Meaning
means “Important Hint”
means “Additional Information”
X Symbol for an action: Here you have to do something.
Safety Instructions2
Use for the intended Purpose2.1 Self-locking panic locks are a part of closure systems for deployment in emergency escape doors/panic exit doors in the path of escape routes.During the deployment of self-locking anti-panic locks, the technical data and ambient conditions of these as- sembly and operating instructions have to be complied with.The safety characteristics of this product are essential for compliance with EN 179 and EN 1125. With the excepti-on of modifications described in these instructions, no other modifications are permissible.
Operate the locks only in lock-typical assembly position, i.e. vertically with horizontally thrown deadbolt. X
Always operate the locks in such a manner that the panic function is present in the escape. X
Use these locks at emergency escape doors according to EN 179 and panic exit doors according to EN 1125 only in combination with the fittings mentioned in the appendix; see chapter 10.The self-locking panic locks are suitable for deployment in single-wing panic doors.
Before mounting the escape door locks ensure that the door is attached properly and does not have any distortion.
Install the escape door locks only in hollow doors that are designed to this purpose by the manufacturer. X
The horizontal operating rod has to be mounted so that a greatest possible effective rod length is achieved.Avoid safety risks during the installation of emergency exit locks with door lever operation (in particular in X
case of doors with graduated surfaces: jamming of fingers or clothes).If appropriate adapt mounting to the majority of the users: X
Mounting height for children less than 900–1000 mm àDoor lock mounting so that children, elderly or impaired persons are not impeded à
Only devices conforming to standard should be used for keeping shut at emergency exit doors or panic exit doors.
In compliance with the stipulations of the German Building Code, a closure system of VS-Type A according to DIN EN 179/1125 (closure system meant only for single-leaf doors) can also be used in the moving leaf of a double-leaf door if:a) the moving leaf closure system is secured against operating error, andb) the passage width of the moving leaf suffices as escape route width.
Safety-Conscious Work2.2 Work on electrical equipment (IQ Lock EL, IQ Lock EM) may be undertaken only by an electrician.The assembly of the locks must be executed only by a skilled worker from the respective trade (locksmith, carpenter etc.). Only GEZE original parts or accessories allowed by GEZE may be used. For the later connection of further accessory parts, kindly get in contact with GEZE.
Dismantle the lock before drilling the fixing points of the fittings àDo not introduce any grease, lubricating agents or oils in the lock. Prevent water from penetrating into the àlock case or that condensate is formed.Never coat the face plate of the lock or other parts of the locks with colour or lacquer. àDismantle the lock before painting jobs. àThe lever pin must not be driven through the lock hub with force. àDo not use the lever to carry the door leaf. à
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Operating Sequence of Assembly and Commissioning of IQ Lock EL
Assembly and Installation2.3 During the assembly and installation of self-locking GEZE panic locks, a few safety rules must necessarily be taken into consideration. These must be observed, since, otherwise, the device could be damaged or there might be risks for the user:
Observe compliance with building inspection stipulations and possible specifications of the door manufactu- X
rer during the assembly of the locks!All kinds of guarantee and liability claims vis-a-vis the manufacturer lapse in case of incorrect or inappropriate assembly.See Chapter 5 Assembly
Deployment of Motor Locks IQ Lock EL at Fire Doors and Smoke Doors2.4 The IQ Lock EL may be operated in all operating modes (night, day, permanently open), whereby one must ensure in case of “permanently open” operating mode that the cross-latch and deadbolt are securely engaged in the lock hole at all times. For this, we have the following possibilities:
Connection of a fire alarm system (BMA) by the customer to the motor lock control (MST 210). This connection àtakes place via the “smoke detector” input provided specifically for this purpose. For this purpose, a potential-free or non-floating contact is required from the BMA; see chapter 6.1.Connection of a central smoke switch unit RSZ 5 or RSZ 6 with an additional smoke switch RS 5; this takes àplace likewise via the “smoke detector” input of MST 210. Additionally, a reset pushbutton is required. See terminal connection diagram for motor lock, Drawing No. 38102-9-0950.
If no BMA or central smoke switch unit is connected, the “permanently open” and the “Day“ operating mode must not be used, since the bolting of the doors in a fire event is not guaranteed!
Operating Sequence of Assembly and Commissioning of IQ Lock EL3
Quick-Start GuideDraw the cable inside the door (Hint: Draw cable delivered during lock exchange, the existing cable could be X
worn out or damaged).Install control system MST 210; see chapter 5.6. X
Install mains adapter and connect with the control system MST 210 X7 1GND and 3 24V. X
Assemble IQ Lock EL and connect with the connector of the cable. X
Assemble striker plate; see chapter 5.3. X
Connect connecting lead with the terminal strip X1 of MST 210; see chapter 6.1. X
Insert bridge of smoke alarm, if no smoke detector is connected; see chapter 6.1. X
Connect Door Contact. X
Switch on current. X
Conduct functional test: X
MST210 Voltage LED1 flashes. àActuate inboard lever -> Door must open. àClose doors -> (Hint: Watch out for clean intake of the latchbolt) the auxiliary latchbolt must be enabled and àthe deadbolt must be thrown.Check release function (terminal 2–5). The deadbolt retracts and the cross-latch becomes unstable. àCheck “Day“ function (terminal 2 à –4). The deadbolt retracts and the cross-latch remains locked.Check smoke detector input (terminal 8 à –9).
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Functions and Properties
Functions and Properties4
Functional Overview4.1 Function / Property IQ Lock EL IQ Lock EM IQ Lock MPanic Function Mechanical self-locking Mechanical Sequence Guard – Electrical Sequence Guard – –
Approval for Escape Doors Approval for Fire Protection Doors Resistance Class 3
Safe day-time operation with door openerfunction
– –
Motorised unlocking < 1 sec – –Permanently Open – –External lever electrically engage – –Automatic locking in case of mains failure –Automatic resetting of release after door openinghas failed
–
Input for Fire Alarm System (Locking) – –Unlocking by means of Key
Operating Voltage 24 V / 12 V / / –
Feedback Contacts for Lock Status Selective sabotage monitoring or cylinder contact
Suitable for both right and left hand use – Identical assembly dimensions for all IQ Locks Backset 35, 40, 45, 55, 65, 80, 100 Distance 72, 78, 92, 94 9 mm Handle Follower
(split)
Special design
available optional – not possible
Definitions of Functions and Properties4.2
Panic FunctionThrough the actuation of the lever/panic rod in escape direction, the unlocking of the lock is ensured at all times.
FittingsIn accordance with EN 179 / EN 1125 the fittings have to be tested together with the lock. For a list of tested fittings refer to the certificates of conformity.
Mechanical RelockingThrough the actuation of the auxiliary latchbolt, the locking of the two cross-latch halves is activated. The locking of the two cross-latch halves takes place only after their engagement and positioning in the striker plate.The deadbolt throw takes place only after the positioning of the cross-latch.
Mechanical Sequence GuardThe activation of the auxiliary latchbolt does not result in uncontrolled deadbolt throw.
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Functions and Properties
Electrical Sequence GuardDuring the ongoing release time, manipulation attempts at the auxiliary latchbolt through the control system are ignored and the deadbolt remains retracted.After the adjustable release time has elapsed, the deadbolt shoots out when the auxiliary latchbolt is actuated. Through the polling of the door position, the control system recognises the manipulation attempt and once again retracts the deadbolt.
Safe Day-time Operation with Door Opener FunctionIn the adjustable day-time operating mode (see “Adjustment of Day-time Operation” chapter 6.1), the deadbolt remains retracted even when the door has drawn shut and the two cross-latch halves have locked.The door is blocked from the external side; from inside, an escape is possible at all times through the panic func-tion.In connection, for instance, with an access control system, the shortest possible opening times far below one second are now achieved, the likes of which are known to us until now only in case of door openers (see “Adjust-ment of Release Time” chapter 6.1).Exception: In the event of fire, the door is completely locked after the door leaf has shut. For this, the controls of the motor lock are triggered directly from the fire alarm system.
Permanently OpenBeside automatic relocking (night-time operating mode) and secured day-time operation (daytime open- rating mode), a third operating mode is possible – permanently open (for this, see “Adjustment of Permanently Open Mode” Chapter 7.1). Here, the deadbolt is retracted and the cross-latch halves are unstable. The door can be pulled or pushed manually at any time.Exception: In the event of fire, the door is completely locked after the door leaf has shut. For this, the controls of the motor lock are triggered directly from the fire alarm system.
External lever is electrically engageIf the supply voltage is connected to the lock, the external lever couples and remains coupled as long as the current flows (operating current principle).As soon as the voltage is cut off, the external lever becomes idle and the door can no longer be opened from outside via the lever.The panic device remains untouched by this.
Via the nightlatch integrated in all our locks, the lock can be opened by means of the matching key (e.g. by the fire brigade).
Automatic Locking in case of Mains FailureIn case of mains failure, the motor is triggered in such a way via the capacitor integrated in the control system, that the blocking slide in the lock can assume the night-time position. Hereby, the deadbolt is automatically closed in front of the shut door.Should the door still be open at this point of time, the deadbolt throw is controlled via the auxiliary latchbolt during the shutting of the door.
Input for Fire Alarm SystemVia the input of the fire alarm system on the control system of the motor lock, the automatic locking of the motor lock in a fire event is activated.This happens irrespective of the operating modes selected immediately before like night-time, day-time or per-manently open.
Feedback Contacts for Lock StatusNumber and type of notifications as well as the maximal load of the switching contacts may kindly be derived from Sections 6.1 and 7.3.
Sabotage MonitoringThe connecting lead is monitored for a break in the line. Additionally, the cover of the motor lock control system can be integrated in this monitoring system by means of cover lifting contact.
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Assembly
Assembly5
Lock5.1
Observe the building inspection stipulations and specifications of the door manufacturer! X
It is not allowed to perform modifications on the lock! àLock and original striker plate form a unit. Correct operation is only possible in combination. àAll installation work must be carried out by a skilled worker: à
electrical installation must be undertaken by an electrician àmechanical installation e.g. by a door manufacturer, metal worker or carpenter. à
Make sure that the door cannot and isn‘t shut during the installation, since the door can be opened only with X
the key from the outside during the construction phase!While working on the door leaf, like e.g. drilling and milling, the lock must be removed from the door leaf! àThe milled slot of the lock pocket must be executed according to the dimensional drawing given below. àThe pocket must be dimensioned in such a way that the lock can be pushed in with easy motion and can be àscrewed on in the angle with the door leaf without any friction.
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Assembly
Fittings5.2
Dead stop direction in case of lever lock IQ Lock EM
Opening outwards:DIN right
Opening outwards:DIN left
Opening inwards*:DIN right
IQ Lock EM DIN left
Opening inwards*:DIN left
IQ Lock EM DIN right
Rididly coupled lever1 Electronically coupled lever2
* subject to approval in connection with emergency escape door
Striker Plate5.3 Each lock is accompanied by its matching striker plate, tested according to EN 179 and EN 1125.For cut-outs in door frames of doors, which are not subject to these standards, kindly observe the following hints.
a
s
s
d
fStriker PLate1 Crosslatch2 Deadbolt3 Auxiliary Latchbolt4
Latchbolt and auxiliary latchbolt of the lock must be actuated from the same dead stop angle. àThe distance between striker plate and face plate must be 3 mm to 6 mm. àLatchbolt and auxiliary latchbolt must be able to glide unhindered over a smooth surface into the closing àposition during the shutting of the door:
Latchbolt and auxiliary latchbolt must be able to glide unhindered over a smooth surface into the closing àposition during the shutting of the door:
In the intake area of the auxiliary latchbolt, there ought not to be any boreholes, recesses or unevenness: àWhile selecting the striker plate, take care that the auxiliary latchbolt cannot engage in the recess for the X
crosslatch/deadbolt!
Special striker plates are available on demand.
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Assembly
3
15.2
20
20
19
3 2.5 8
2.5
20
50 20
20
203
3
46
270
15.5 DM 55-100
50.557
183
137
115.
5
12
258
135
93
17.5
13
222
117.
5
75.5
13
222
117.
5
75.5
13
22223
5
3
15.2
3 3
2.5 9
24
20
33
20 46
24 2415.5 DM 35-45 12 37
12
270
258
46.5
153
131.
5
12
258
91.5
12
258
91.5
12
258
91.5
For tubular-framed doors
For full-panel doors
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Assembly
Assembly-Hint
Clearance must be 3–6 mm ±10 % àIntake edges must be rounded àEnsure smooth intake of the crosslatches à
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Assembly
Flat Striker Plate (Metal) 5.3.1
Id.-Nr.: 103656Enclosed as standard for distance 92
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Assembly
Rag Striker Plate (Metal) 5.3.2
Id.-Nr.: 122626 DIN left Id.-Nr.: 125201 DIN rightAvailable as accessory
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Assembly
U-Striker Plate (Metal) 5.3.3
Id.-Nr.: 122628Available as accessory
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Assembly
Angled Striker Plate (Wood) 5.3.4
Id.-Nr.: 103657Enclosed as standard for distance 72
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Assembly
Rag Strike Plate (Wood) 5.3.5 Id.-Nr.: 103658
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Assembly
Angled Striker Plate (Wood)5.3.6
Id-Nr.: 122627 Available as accessory
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Assembly
Shim 3 mm5.3.7
Id.-Nr.:122629Available as accessory
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Assembly
Cable Fitting for IQ Lock EL and IQ Lock EM5.4
Cable Loops for Inspection
Bear in mind the dimensions of the connector plug! X
Round-off corners and edges, around which the cable has to be routed, so that the cable is not damaged. X
In case of planar door constructions, the cable exit of GEZE IQ Lock EL and IQ Lock EM takes place horizontally backwards. Thereby, the depth of the milled-out portion is derived from the measure for the lock case depth plus approx. 25 mm for a cable loop.In case of tubular frame constructions, the cable exit of GEZE IQ Lock EL and IQ Lock EM is implemented vertically upwards. Here, the cable loop must be pushed into a suitable profile chamber.
Cable RoutingThe connecting lead of GEZE panic locks must be pulled in the door leaf from the lock side to the hinge side. In doing so, bear in mind the following points:
If possible, fit an empty conduit for the cable with an inside diameter of minimum 7 mm in the door leaf. X
Establish the transition from door leaf to frame with a flexible cable links. X
Connect the cable link tightly with the door leaf and the door frame with the enclosed fixing material. X
Function check after installation of the mechanical components5.5 After mounting, the following functions or installation states have to be ensured:
The used door seals may not have a negative influence on the proper function of the panic door lock. àEnsure that the door can be opened freely when the panic door lock is operated. X
In the case of doors that cannot be opened wider than 90° a Class 2 panic door lock (normal projection) has to àbe used.Check whether glass elements at panic door locks are equipped with safety glass or laminated safety glass. X
Panic door locks are not designed for use at double action doors. àCheck whether all the projected locking objects (closing recess, etc.) or claddings are installed. Agreement X
with DIN EN 179 or DIN EN 1125 has to be ensured!Check whether a sign with the text “Press against rod to open” or a pictogram (see figure) is present on the X
inside of the door immediately above the horizontal rod or on the rod itself, if there is a sufficiently large and even surface available for the required text.
The surface of the pictogram should amount to at least 8,000 mm². The colours should be white on a green àbackground.After installation the arrow has to point to the operating element. à
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Electrical Connection
Installation of the external Motor Lock Control System MST 2105.6 Fix the housing to the wall and/or the ceiling. X
Take care that the circuit board is seated in the housing without mechanical stress. X
Electrical Connection6
Use cable and sleeve. X
Work on the electrical equipment (IQ Lock EL, IQ Lock EM) may only be performed by an electrician. àThe electrical connection must be executed according to the pertinent stipulations of VDE (Association for àElectrical, Electronic and Information Technologies) and of the local electric supply companies.
The electrical connection for the Motor Lock (IQ Lock EL)and Lever Lock (IQ Lock EM) must be executed in accordance with the enclosed terminal connection diagrams.In doing so, the technical data mentioned herein (see Chapter 7.1 Page 24) must be borne in mind:
The rated voltage of the motor / magnet in the lock with the output voltage of the mains adapter, and/or of àthe triggering device.The power consumption of the motor / magnet with the output voltage of the mains adapter, and/or of the àcontrol device.The maximum switching capacity of the switching contacts with the respective capacity to be switched. à
Motor Lock Control System MST 210 in connection with IQ Lock EL6.1 X10 Cover Monitoring (OUT)23 NC22 COM
X8 Cylinder Contact/Sabotage (OUT)25 NO/NC24 COM
X5 Door Contact (IN)6 NO/NC2 24V ext.
X4 Smoke Detector (IN)9 NC8 COMIf no smoke detector is used, insert bridge. For further possibility of use (24 V), see Page 22.
X3 Latch-Switching Contact (OUT)21 COM20 NO
X6 Operating Mode (IN)4 Day/Night2 24 V for ext. connection5 Release2 24 V for ext. connection
Plug-in-/Screw-type X1...8,max. Cable Cross-section: 1 mm2
JP1: function of smoke detector JP2: 12 V / 24 V
X9 RS485 Interface X11 Programming Interface
X7 Supply1 GND in3 12/24V in
X1 Lock27 Cable black28 Cable red2 Cable blue31 Cable pink32 Cable grey33 Cable yellow34 Cable green35 Cable brown36 Cable white37 Cable purple38 Cable red/blue39 Cable grey/pink
X2 Outputs10 Relay Day/Night COM11 Relay Day/Night NO12 Relay Release COM 13 Relay Release NO14 Relay Fault/Alarm COM15 Relay Fault/Alarm NC16 Relay Door Lever COM17 Relay Door Lever NO18 Relay Door Status COM19 Relay Door Status NO
Light emitting DiodesLED1 Supply VoltageLED2 Day/Night (Day = on)LED3 Release
LED4 Fault/AlarmLED5 Door LeverLED6 Door Status
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Electrical Connection
Display of the LEDs
Status Cause Consequence SolutionLED1 off No power Control system inoperative Check power supplyLED1 on Control system and lock
operating normallyLED1 flashes steadily Malfunction Check electrical connections
LED2 on Operating Mode “Day“ Deadbolt not extended and latch locked
LED2 off Operating Mode “Night“ Deadbolt extended, door locked
LED3 on Isolation active Door can be openedLED3 off Operation Mode “Night“ Deadbolt extended, door
locked
LED4 on Lock operating normallyLED4 off Malfunction/Alarm
LED5 on Lever is actuated
LED6 on Door closed (Auxiliary latch and door contact locked)
Adjustment of Release TimeOpening Time “X” = 1 sAdjustment Possibilities of Release Time:
Switch Switching Position Release Time1 ON X + 1 s2 ON X + 2 s3 ON X + 5 s4 ON X + 10 s
Example:adjusted Release Time = 9 s
Thus, release times of 1 ...19 sec. can be adjusted in case of pulse triggering of the release input terminals X 6.2 and X6.5. If a longer release time or permanent release is needed, this can be achieved through an accordingly long trigger time or a permanent contact. Likewise, the duration of contact making of the release relay (X2.12 and X2.13) is adjusted through the adjustment of the release time.
Inputs
Terminal Signal FunctionX7.1 GND in GND SupplyX7.3 12 V / 24 V in 12 V / 24 V DC SupplyX5.2 24 V external Contact connected: Door closedX5.6 External Door ContactX4.8 Smoke Detector Connection of Smoke Detector with potential-
free contact, or as 24 V Supply VoltageX4.9 Smoke DetectorX6.2 24 V external Contact connected: Operating mode enable
Contact open: Operating mode selected as shown below
X6.5 Release
X6.2 24 V extern Contact connected: “Secured day” operating mode Contact open: “Night” operating mode
X6.4 Night / Day
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Electrical Connection
Outputs
Terminal Signal Contact FunctionX2.10 Relay Night / Day NO Contact closed: Operating Mode “Day”
Contact open: Operating Mode “Night”X2.11 Relay Night / Day COMX2.12 Relay Release / Trigger Door Drive NO Contact closed:
Operating Mode “Release”Contact open:Not Operating Mode “Release”
X2.13 Relay Release / Trigger Door Drive COM
X2.14 Relay Fault / Mains Failure NC Contact open: no fault/no alarm,normal operating modeContact closed in case of: power failure,system error, alarm
X2.15 Relay Fault / Mains Failure COM
X2.16 Door Lever NO Contact closed: Door Lever actuatedContact open: Door Lever not actuatedX2.17 Door Lever COM
X2.18 Door Contact NO Contact closed: Door Lever not actuated AuxiliaryLatch actuatedContact open: Door Contact or AuxiliaryLatch not actuated
X2.19 Door Contact COM
X3.20 Deadbolt Contact NO Contact closed, if deadbolt is extended. Contact is not evaluated via control.X3.21 Deadbolt Contact COM
X8.25 Cable Monitoring /Cylinder Contact
NO Cylinder contact closes a contact during the turning of the integrated cylinder or optional cable monitoringX8.24 Cable Monitoring /
Cylinder ContactCOM
X10.23 Cover Monitoring / ofMST 210
NC Housing Cover Monitoring, closes onecontact, if the housing cover of MST 210 is opened.X10.24 Cover Monitoring / of
MST 210COM
Adjustment of “Day” Operating ModeIf the contact between the terminals X6.2 and X6.4 is closed (permanent contact), the lock operates in day-time mode.If the contact is opened, the lock operates in night-time mode. This means that the door locks on its own each time the door is closed.
Adjustment of “Permanently Open” Operating ModeIf the contact between the terminals X6.5 and X6.2 is closed (permanent contact), the motor lock operates in “permanently open” mode. If the contact is opened, the lock operates in day-time or night-time mode, depen-ding upon the pre-setting (contact between the terminals X6.2 and X6.4. closed or open).
Terminal Connections for Connecting lead of IQ Lock EL to MST 210, Terminal Strip X1
Terminal MST 210 Cable Colour Connector IQ Lock EL Identification/FunctionX1.27 Cable black PIN 11 Motor -X1.28 Cable red PIN 9 Motor +X1.2 Cable blue PIN 7 + 24 VX1.31 Cable pink PIN 5 Basic Position (Night Operation)X1.32 Cable grey PIN 3 Day OperationX1.33 Cable yellow PIN 1 ReleaseX1.34 Cable green PIN 12 Door LeverX1.35 Cable brown PIN 10 Auxiliary Latch NOX1.36 Cable white PIN 8 lockedX1.37 Cable purple PIN 6 lockedX1.38 Cable red/blue PIN 4 Cable monitoring or cylinder contact
selectable via switchX1.39 Cable grey/pink PIN 2 Sabotage o. Cylinder contact selectable via
switch
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Electrical Connection
Connector IQ Lock EL
1 2
11 12
1 2
1211
PIN123456789101112
Connector IQ Lock EL (1) yellowwhite/browngreywhite/blackorangevioletbluewhiteredbrownblackgreen
Connector cable (2)yellowgrey/pinkgrey red/bluepinkvioletbluewhiteredbrownblackgreen
Smoke Detector
Via the terminal X4, Signal Number 8 and 9, a smoke detector can be connected. The smoke detector separa-tes the control from its supply voltage and, thereby, induces the lock to retract to the secured starting position (night) – irrespective of its current operating mode - via the integrated energy storage.
Connection Possibilities
If the system is operated without smoke detector, a bridge must be inserted between terminals 8 and 9.
Jumper Position JP1 Connection of Smoke Detector DescriptionConnection via external 24 V supply voltage (reverse polarity protection)
Connection via potential-free break contact.
Operating voltage
Jumper Position JP2 Description12V Operating Voltage24V Operating Voltage
Fuses
Description Value DescriptionF1 1 A, SMF 125 V, fast-acting Input Fuse 24 V internalF2 1 A, SMF 125 V, fast-acting Fuse for external supply smoke detector
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Technical Data
Sabotage Monitoring or Cylinder Contact6.2
By means of a switch (see Chapter 8.4 Page 31/32) at the motor lock, one can choose between the “sabotage” and “cylinder contact” operating modes (in the delivery state, the switch is adjusted to cylinder contact mode).There is a rectangular recess in the lockcase approx. 5 mm above the handle follower at the right of the lockcase edge. Here you can use a screwdriver (Size 1) to switch over the operating mode (S = Sabotage, Z = Cylinder contact).
Cylinder ContactIn the “cylinder contact” operating mode, an actuation of the lock cylinder is retrieved at the terminal X8.25 and X8.24. Here as well, the cover is monitored at terminals X10.23 and X10.22.
Cover Monitoring Cylinder Contact
Cable and Cover Monitoring MST 210In order to use the sabotage monitoring (consisting of cable and cover monitoring), terminal X10.22 is connected to terminal X8.25. The notification of sabotage monitoring is then picked up via terminal X10.23 and X8.24. In case of fault (cover open or line fault), the circuit is opened
Cover Monitoring/Cable Monitoring
Technical Data7
Motor Lock Control System MST 2107.1
Mat.-No.: 103671Function: Control Unit for Motor IQ Lock ELDimensions: 139 x 119 x 70 mm (B x H x T)Weight: 0.2 kgOperating Voltage: 12–24 V DC (-10%, +15%)Current Consumption: ca. 80 mA
max. 250 mA short-term at 24 V DCmax. 500 mA short-term at 12 V DC
Terminals: Plug-in/Screw-type Terminals, max. Cable Cross-section 1 mm2
Max Contact Load of the Relay (X2) 30 V / 1 AMax. Latch Switching Contact Load (X3): 30 V / 500 mAMax. Length of the Connecting Line to Lock: 10 mProtection Type according to DIN 40 050: IP55Climatic Conditions according to DIN 40 040 in operation: JWF (–10...50°C, max. 75% RH, no condensation)
out of operation: HPE (–25...85°C, max. 95% RH, no condensation)
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Technical Data
Mains Adapter NT6.3-24 7.2
Mat.-No.: 109637Function: Power Supply for Locks
GEZE SecuLogic IQ Lock EL and IQ Lock EMHousing Dimensions: 87 x 87 x 52 mm (B x H x D, without connecting nipple)Operating Voltage: primary: 230 V AC (-15%, +15%), 50 Hz
secondary: 24 V DC (-8%, +5%), 260 mA 6.3 W100% ED
Current Consumption: 230 V CA : max. 0.03 AProtection Class: IIProtection Type: IP55Climatic Conditions: in operation: 0...60°C
out of operation: –20...60°CREL: Humidity max. 93% at 40°C
Guidelines / Standards: DIN EN 50 081-1, DIN EN 55011, EN 50082-2,DIN EN 61 000-4-2, -3, -4, -5, -6, -11DIN EN 60 950
Terminals: primary (L,N):light connection terminal 1.0...2.5 mm2,fixed secondary: (24 V DC red, GND black): flexible conductor
Mains Adapter1 Lighting Terminals2 Closure Nipple (2x)3
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Technical Data
Lever Lock IQ Lock EM7.3
Operating Voltage 12–24 V DC (-10%, +15%) (12 V optional)Operating Voltage Coil 24 V DC (-10%, +15%) (12 V optional)Current Consumption Coil approx. 210 mAMax. Length of Connecting Line 10 mMax. Switching Contact Load 30 V / 500 mASwitch-on Duration 100%
Connecting lead
In case of incorrect polarity, the external lever does not engage (reverse polarity protection).
1 2
11 12
1 2
1211
PIN Connector IQ Lock EM (1)
Connector cable (2)
Function Contact
9 red red Magnet + 24 V DC11 black black Magnet – GND supply12 green green Hub contact NO Contact open: lever not actuated7 blue blue Hub contact Contact closed: lever actuated1 yellow yellow Release NO Contact open: locked (opener not
engaged)5 orange pink Release Contact closed: opener engaged,
door can be unlocked by actuating the opener
10 brown brown Auxiliary latch NO Contact open: auxiliary latch not actuated
3 grey grey Auxiliary latch Contact closed: auxiliary latch actua-ted (door locked)
2 white/brown grey/pink Cylinder contact NO / cable monito-ring NC (setting via lock)
Contact closed: cylinder contact actu-ated / cable not sabotaged
4 white/black red/blue Cylinder contact / cable monitoring Contact open: cylinder contact not actuated / cable sabotaged
8 white white Deadbolt contact Contact closed: deadbolt extended6 violet violet Deadbolt contact Contact open: deadbolt not extended
or not extended completely
IQ Lock EL, EM, M
26
Technical Data
Dimensional Drawings7.4
Motor Lock IQ Lock EL, PZ, distance 92, Backset 35, 40, 457.4.1
5.5
PZ
92
12
21.5
o9
43
10
20 20
1138.5
74
15.2
15.5
24
12
12
9
15.5
5
6.3
8.25
11.4
7.5
31
4.4
DM35-45
246
RZ
94
270
165
46
45.25
105
8.5
12
3
a
Transposable with Size 1 Screwdriver1
IQ Lock EL, EM, M
27
Technical Data
Motor Lock IQ Lock EL, PZ, distance 72, Backset 55, 65, 80, 1007.4.2
15.2
2.4
20/24
2.4/
4.4
7.5
11.3
6.3
5.5
4.35
3
3516
535
DM55-100 15.5
11
20
235
13
4638
.585
9
63
8.5
9
21.5
PZ
72R
Z74
520
209
13
8.538
a
Transposable with Size 1 Screwdriver1
IQ Lock EL, EM, M
28
Technical Data
Lever Lock IQ Lock EM, PZ, distance 92, Backset 35, 40, 457.4.3
5.5
1212
24
270
246
21.5
20
20
10
1138.5
43
9
5
9
15.5
15.2
8.256.
3
7.511
.4
4.4
15.5DM35-45
46
RZ
94
PZ
92
165
7431
105
8.5
3
a
Transposable with Size 1 Screwdriver1
IQ Lock EL, EM, M
29
Technical Data
Lever Lock IQ Lock EM, PZ, distance 72, Backset 55, 65, 80, 1007.4.4
15.2
2.4
20
2.4
7.5
11.3
6.25
9 .5
5.5
4.35
3
3516
535
DM55-100 15.5
11
20
235
13
4638
.585
963
8.5
921
.5P
Z72
RZ
74
520
a
Transposable with Size 1 Screwdriver1
IQ Lock EL, EM, M
30
Technical Data
Mechanical Panic Lock IQ Lock M, PZ, distance 92, Backset 35, 40, 457.4.5
Ø5.5
12
10
20
20
1121
.5
43
o9
38.5
74
12
12
24
5
9
31
15.2
8.25
7.5
4.4
15.5DM35-4511.4
6.3
15.5
270
246
46
RZ
94
PZ92
165
105
Ø8.5
3
IQ Lock EL, EM, M
31
Technical Data
Mechanical Panic Lock IQ Lock M, PZ, distance 72, Backset 55, 65, 80, 1007.4.6
15.2
2.4
20
2.4
7.5
11.3
6.25
Ø9.5
Ø5.5
4.35
3
3516
535
DM55-100 15.5
11
20
235
13
4638
.585
9
63
8.5
921
.5
PZ72
RZ
74
5
20
IQ Lock EL, EM, M
32
What happens, if?
What happens, if?8
Motor Lock IQ Lock EL
Alarm /Error Cause Consequence Corrective ActionManual opening of the lock via panic device is possible, but not motorised actuation
Lock is mechanically defective or deadbolt is jammed in extended state
Deadbolt can no longer be retracted by means of the motor, and/or fault message is queued at the controls
Reset trigger and restart trigger of the lock, if successful, the fault message is extinguished
Connecting lead is defective Lock is not supplied with 24 V DC
Check continuity and, possibly, change connecting lead of the lock
Control system is not supplied with 24 V DC
Deadbolt closes in case of manipulation of the auxiliary latchbolt and can no longer be ret-racted by means of the motor function
Check polarity of the 24 V DC-Input on the control system and exchange, if need be
Door can be pushed and/or pulled open manually
Crosslatch cannot be positioned or locking cylinder is jammed
Deadbolt is jammed in retracted state
Position striker plate correctly or check the actuation of the night- latch via the key
Door lever is jammed in actuated position or lever spring is broken
The lever does not return to its starting position after actuation, after 4 minutes, there is a mes-sage via fault relay
Loosen the fitting, lubricate lever guide, correct fastening.By making the lever passable, the fault notification is reset– or –exchange lock
Auxiliary latch is not actuated Deadbolt is not extended in case of closed door
Check the clearance of the door leaf and, if need be, underlay the striker plate
Lock is in permanently open mode
Lock does not lock in case of closed door
Check trigger of permanently open mode
Connecting lead was disconnec-ted during release time
Lock does not lock in case of closed door
Check connecting lead for conti-nuity
The auxiliary latch closes with “Off ” when the door is shut
Striker plate was reworked and the recess was made too deep
– Open door and exchange striker plate
No message from reed contact
Operating distance of the reed contacts is exceeded or connec-ting lead of reed contact is de-fective– or –input of external door contact on the control system is defective
Electrical sequence guard remains functio-nal. Door locks during door closing process or remains locked in case of closed door. Door status “Door Shut” is not notified
Check reed contact, has the ope-rating distance been observed?Check for continuity, check input of external door contact on the control system
Lock does not lock Connecting lead is defective Deadbolt is not exten-ded
Exchange connecting lead
Door leaf cannot close Crosslatches strike hard against the striker plate
Door leaf cannot close, latchbolts are rubbed in against the striker plate
Carefully oil latchbolts and au-xiliary latchbolt with a lubricant approved by GEZE
Auxiliary latchbolt cannot be actuated
Carefully make auxiliary latchbolt passable
IQ Lock EL, EM, M
33
What happens, if?
Lever Lock IQ Lock EM
Alarm /Error Cause Consequence Corrective ActionManual opening via the ex-ternal lever is not possible
Magnet is not supplied with current
External lever is not coupled and is idle
Check polarity of the 24 V DC input and, possibly, exchange– and/or –check continuity of the connecting lead. If connecting lead and polarity are okay – exchange lock
Door can be pushed and/or pulled open manually
Cross-latch cannot be posi-tioned or locking cylinder is jammed
Deadbolt is blocked in retrac-ted state
Correctly position the striker plate– or –check the actuation of the night-latch by means of the key
Door lever is jammed in actu-ated position– or –lever spring is broken
The lever does not return to its starting position after actuation and the locking is not notified
Loosen the fitting, lubricate the lever guide, correct fastening– or –exchange lock
Auxiliary latchbolt is not actuated
Lock does not lock in case of closed door
Check clearance of the door wing
Deadbolt is thrown once again immediately after ope-ning of the door
Door lever was not pressed down completely– or –auxiliary latch is jammed
Slide is not held in per-manently open position, door cannot close and lock properly
Actuate the door lever right up to dead stop, check for stress-free seating of the lock.If need be, rework the seat of the lock, if there is no change in beha-viour of the lock, exchange lock
Auxiliary latchbolt is also thrown in case of closed door
Striker plate was reworked and the recess was made too deep
– Open door and exchange striker plate
Door wing cannot close Cross-latches strike hard against the striker plate
Door wing cannot close, latchbolt are rubbed in against the striker plate
Carefully oil latchbolts and au-xiliary latchbolt with a lubricant approved by GEZE
Auxiliary latch cannot be actuated
– Carefully make auxiliary latch passable.
Contacts do not notify Fittings are jammed during assembly, or lock case is sea-ted in the lock pocket under mechanical stress
Contacts in the lock are not actuated by the integrated slide
Dismantle fittings, check for stress-free seat of the lock. If need be, rework the seat of the lock, make lock passable, or exchange lock
Connecting lead is defective Transmission of contacts is not possible
Check connecting cable or ex- change lock
IQ Lock EL, EM, M
34
Maintenance
Panic Lock IQ Lock M
Alarm /Error Cause Consequence Corrective ActionDoor can be pushed and/or pulled open manually
Crosslatch cannot be positi-oned
Deadbolt is blocked in retrac-ted state
Correctly position striker plate
Locking cylinder is jammed Deadbolt is blocked in retrac-ted state
Check the actuation of the night-latch by means of the key
Door lever is jammed in actu-ated position– or –lever spring is broken
The lever does not return to its starting position after actuation
Loosen the fitting, lubricate the lever guide, correct the fastening or exchange lock
Auxiliary latch is not actuated Lock does not lock in case of closed door
Check clearance of the door wing
Deadbolt is thrown once again immediately after ope-ning of the door
Door lever was not pressed down completely– or –auxiliary latchbolt is jammed in actuated position
Slide is not held in per-manently open position, door cannot close and lock properly
Press down the lever right up to dead stop, check for stress-free seat of the lock, possibly, rework, if there is no change in behaviour of the lock, exchange lock
The auxiliary latchbolt is also thrown in case of closed door
Striker plate was reworked and the recess was made too deep
– Open door and exchange striker plate
Door wing cannot close Cross-latches strike hard against the striker plate– or – auxiliary latchbolt cannot be actuated
Door wing cannot close, latchbolts are rubbed in against the striker plate
Carefully oil latchbolts and au-xiliary latchbolt with a lubricant approved by GEZE and carefully make auxiliary latch passable
Maintenance9
The maintenance of the locks must be carried out once a year by GEZE or a partner authorized by GEZE.
Maintenance instructionsThese maintenance instructions are part of the mounting and operating instructions and have to be made avail-able to the owner-operator of the building
Furthermore, we recommend a monthly check of the locks by the operator, as follows: Inspection and actuation of the emergency escape lock, in order to ensure that all parts of the locking system àare in a satisfactory operational state. Use a dynamometer to measure and record the operating forces required to release the panic/escape door àlock.Ensure that the operating forces have not changed substantially in comparison to the operating forces recor- àded during initial commissioning.Ensuring that the locking elements are not blocked àChecking that the panic door lock has been lubricated according to the instructions of the manufacturer. àChecking that no additional locking devices were added to the door after the initial installation.. àIt ought to be checked as to whether all components of the panic door locking system are still consistent with àthe list of allowed components delivered originally with the system.Ensure that these documents are made available to the owner-operator of the panic/escape door lock. à
IQ Lock EL, EM, M
35
Certificates
Certificates10
EC certificate of conformity EN 112510.1
IQ Lock EL, EM, M
36
Certificates
IQ Lock EL, EM, M
37
Certificates
IQ Lock EL, EM, M
38
Certificates
EC certificate of conformity EN 17910.2
IQ Lock EL, EM, M
39
Certificates
Certificate of compliance10.3
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Tel.: 0049 7152 203-0Fax.: 0049 7152 203-310www.geze.com 118428-03
